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利用 Thermo Scientific? Dionex? IonPac? CS16 毛细管分析和保护柱测定多种样品基质中浓度差异*的邻近阳离子(如钠离子和铵离子)。 样品基质包括环境水样;使用铵盐、吗啉或乙醇胺处理的发电厂水;化学添加剂;化学加工溶液;洗涤液;电镀槽和工业溶剂。 Dionex IonPac CS16 柱专为用于 Thermo Scientific? Dionex? IonPac? CS15 柱多数应用而设计,因其较大的线性工作范围也*用于此类应用。
在测定差异*的钠离子和铵离子比例时可实现性能
专为测定多种样品基质中差异*的邻近洗脱阳离子(如钠离子和铵离子)浓度比例而优化。
在存在锂、钠、铵、钾、镁和钙的情况下,测定复杂样品基质中的短链烷基胺和烷醇胺。
使用等度酸淋洗液,在少于 20 钟内分离比例zui高达 10,000:1 的钠离子和铵离子。
使用梯度甲磺酸 (MSA) 淋洗液分离比例zui高达 20,000:1 的钠离子和铵离子。
高容量色谱柱可改善样品装载量和峰分辨率
在 40?C 的*操作温度下达到zui大峰效率
分析低 pH 值样品的*羧酸盐官能团色谱柱
兼容有机溶剂(不包括乙醇),以增强分析物溶解度,优化柱选择性,便于有效的柱清洁
更低的淋洗液要求,降低运行成本
由于使用相同的填料,Dionex IonPac CS16 毛细管柱提供的性能与标准孔和微孔 Dionex IonPac CS16 柱相同。 由于毛细管系统运行的淋洗液流速仅为标准孔系统的 1%,需要的淋洗液更少,产生的废液也更少,从而降低了运行成本。
提供多种规格,实现应用灵活性
5x250mm、2x250mm 分析柱
5x50mm、2x50mm 保护柱
0.5x250mm 毛细管柱、0.5x50mm 毛细管保护柱
更长的 250 mm 柱,实现更复杂样品基质的更高分辨率分离
更小柱内径提供更高质量灵敏度,节省淋洗液和试剂,从而降低运行成本。
用途和特点:
IonPac CS16是高容量,羧酸功能基的阳离子交换分离柱,用于等度分离浓度比悬殊的Na+和Li+(浓度比可达10,000:1);以及分析复杂基质中的短碳链烷基胺和烷醇胺。IonPac CS16基本适用于IonPac CS15的分析范围。IonPac CS16柱在40℃时分离效果。有机溶剂可匹配方便清洗柱子。
Dionex IonPac CS16 阳离子交换柱 079805
订货信息:
Dionex IonPac CS16 阳离子交换柱
分析柱 | |
IonPac CS16 Capillary Column (0.5 x 250 mm) | 075401 |
IonPac CS16 Analytical Column (5 x 250 mm) | 079805 |
IonPac CS16 Analytical Column (3 x 250 mm) | 059596 |
保护柱 | |
IonPac CG16 Capillary Guard Column (0.5 x 50 mm) | 075402 |
IonPac CG16 Guard Column (5 x 50 mm) | 057574 |
IonPac CG16 Guard Column (3 x 50 mm) | 079931 |
The IonPac? CS16 is the column of choice for disparate concentration ratios of adjacent eluting cations such as sodium and ammonium in diverse sample matrices. The high-capacity, high-resolution CS16 column can be used for short-chained amines, including alkylamines and alkanolamines, in diverse sample matrices. The CS16 column is now available in capillary format (0.5 × 250 mm) offering reduced eluent consumption and reduced operating costs.
For disparate concentration ratios of close-eluting cations such as ammonium and sodium in complex matrices
Ideal for trace-level ammonium in high concentrations of sodium
Ideal for trace-level sodium in high concentrations of ammonium or amines
Best carboxylate-functionalized column to tolerate samples with low pH
Isocratic acid eluent and elevated temperature (40 °C) required for sodium: ammonium ratios to 1:10,000
Gradient MSA eluent and elevated temperature required for sodium: ammonium ratios up to 1:20,000
Useful for short-chained amines, including alkylamines and alkanolamines
Compatible with organic solvents excluding alcohols
Using an isocratic acid eluent and elevated temperature (40 °C) coupled with suppressed conductivity, ratios up to 10,000:1 of sodium and ammonium can be resolved in less than 20 min. Sample matrices include environmental waters; power plant waters treated with ammonium, morpholine or ethanolamine; chemical additives; chemical process solutions; scrubber solutions; plating baths; and industrial solvents. The CS16 is designed for use in most IonPac CS15 applications.
The CS16 column has the highest capacity among Dionex carboxylate-based cation columns, resulting in improved loadability and resolution. Use the CS16 with the Eluent Generator for simplified, consistent methanesulfonic acid eluent preparation. Use the Cation Self-Regenerating Suppressor (CSRS? 300) with standard or microbore CS16 columns or the Cation Capillary Electrolytic Suppressor (CCES? 300) with the CS16 capillary column.
IonPac CS16 Cation-Exchange Column Specifications | |
---|---|
Dimensions | IonPac? CS16 Capillary Column: 0.5 × 250 mm IonPac CG16 Capillary Guard Column: 0.5 × 50 mm IonPac CS16 Analytical Column: 5 × 250 mm and 3 × 250 mm IonPac CG16 Guard Column: 5 × 50 mm and 3 × 50 mm |
Maximum Operating Pressure | 4000 psi (Standard and Microbore), 5000 psi (Capillary) |
Mobile Phase Compatibility | Acidic eluents; 0–100% HPLC acetonitrile. Alcohols should be avoided. |
Substrate Characteristics | Bead Diameter: 5 μm Cross-Linking (%DVB): 55% |
Functional Group Characteristics | Ion-Exchange Groups: Grafted carboxylic acid Surface Characteristics: Medium hydrophobic |
Capacity | 84 μeq (0.5 × 250 mm capillary column) 17 μeq (0.5 × 50 mm capillary guard column) 8400 μeq (5 × 250 mm analytical column) 1700 μeq (5 × 50 mm guard column) 3000 μeq (3 × 250 mm analytical column) 600 μeq (3 × 50 mm guard column) |
Column Construction | PEEK? with 10-32 threaded ferrule-style end fittings. All components are nonmetallic. |